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This introductory, freshman-level Engineering Transfer course introduces students to the different fields of engineering using case studies and guest speakers from the various engineering disciplines. Students are prepared for success in college and professional careers by learning about study skills specific to engineering coursework, teamwork, networking, engineering ethics, academic and career planning, applying for internships, and professional workplace behavior. Project-based activities in an engineering lab are included.
Prerequisite: MTH 108 (C or better) AND College Reading and Writing Readiness OR concurrent enrollment in ENG 109 or ELI 109 or ELI 110 or ENG 100
Typically Offered: Offered summer, fall & spring.
Offered Summer 2023: No
This is an introductory course in the Engineering Transfer and Engineering Technology curriculum. The course emphasizes the use of graphical communication for engineers, designers and drafters to communicate technical ideas in the context of the engineering design process used in industry. Topics include technical sketching, multiview and pictorial drawings, section views, auxiliary views, dimensioning and tolerancing, detailed part drawings, assembly drawings, the design process, and 3D parametric solid modeling. A design project is incorporated, emphasizing functional analysis, with creation of functional prototypes is included. NOTE: Previous experience in 3D solid modeling software is recommended but not required for this course.
Prerequisite: MTH 115 (C or better) or MTH 117( C or better) or Geometry Proficiency or Consent of Instructor
Offered Summer 2023: Yes
This course covers analysis of static structures for engineering transfer students. Topics include particle statics, general principles and force vectors, rigid body equilibrium, moments of inertia, distributed forces and centroids, analysis of structures, virtual work, and friction. Theory is applied to analyze engineering structures such as trusses, frames, and machines. This course is designed for students interested in the Engineering Transfer curriculum. Note: Students may not receive credit towards graduation for both EGR 125 and EGR 221.
Prerequisite: MTH 145 (C or better) Corequisite: PHY 123
This course provides an introduction to the digital manufacturing and prototyping technologies commonly used in engineering design today. It is based on the Massachusetts Institute of Technology (MIT) course by the same name that started the "fab lab" revolution. Technologies used include 3D printing, laser cutting, Computerized Numerical Control (CNC), print/cut graphics, microprocessors, sensors, instrumentation, and electronics. This course is based in CLC's Baxter Innovation Lab and is heavily project based. This course is appropriate for any student seeking to develop or improve their ability to make prototypes of their designs.
Prerequisite: Basic Algebra Readiness
This course is an engineering study of the elementary mechanics of deformable bodies/strength of materials. The course includes analysis of: the elastic and inelastic relationships between external forces acting on engineering structures and the stresses and deformations produced; tension and compression members; members subjected to torsion and to bending; buckling (columns) combined stresses; repeated loads (fatigue); energy loads and impact; and influences of the properties of materials. This course is designed for Engineering Transfer students.
Prerequisite: EGR 125 or EGR 221 (both C or better)
This course introduces students to particle kinematics (rectilinear and curvilinear); Newton's laws; energy, work, and momentum methods; planar dynamics and rigid bodies; rigid body kinematics; impulse and momentum; and vibrations. Application to engineering structures and mechanical systems emphasized. This course is designed for students interested in the Engineering Transfer curriculum. Note: Students may not receive credit towards graduation for both EGR 225 and EGR 221.
Prerequisite: EGR 125 (C or better) and PHY 123 (C or better) Corequisite: MTH 246
This course will introduce circuit analysis at the engineering level. It will include the standard analysis tools such as nodal analysis, mesh analysis, Thevenin's and Norton's theorems and superposition. Impedances are defined and AC steady state analysis is carried out as well as analysis of transients in simple circuits. LaPlace transform analysis is introduced as are bode plots and transfer functions. The course will also cover three phase circuits and transformers. Operational amplifiers are also introduced.Note: For Electrical/Computer Engineering majors interested in Digital Circuits, see EET 223 (Introduction to Digital Electronics).
Prerequisite: MTH 146 (C or better) Corequisite: PHY 124 and MTH 246 or MTH 227
Typically Offered: Offered spring only.
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